LUMA · COMMERCIAL INTAKE

Start with the economic boundary you want the machine to move.

Choose the engagement, describe the accepted service and current machine, then submit the request directly to Compound Pulse. LUMA turns that boundary into a measurable machine requirement and a controlled technical path.

THREE ENTRY POINTS

Buy the level of intervention your evidence supports.

Every engagement uses the same economic and service contract. The difference is how far LUMA is authorized to act: diagnose and qualify, operate qualified savings automatically, or open a bounded hardware design-in.

Qualification Sprint

Baseline the accepted service, compile the next valuable resource boundary, identify the binding deficit and return the lowest qualified machine state plus a Resource Boundary Report.

OUTPUTDecision package · qualification plan · deploy / hold / design-in recommendation

Economic Control Pilot

Connect live workload and power evidence to a library of qualified states. LUMA selects, applies, verifies and retains or rolls back the state that produces the strongest qualified customer value.

OUTPUTAutomatic qualified-state control · savings telemetry · rollback authority · operating envelope

Hardware Design-In

Use the R1 machine requirement and measured deficit to specify and qualify the FPGA, accelerator, memory-side block or semiconductor intervention required to cross the customer boundary.

OUTPUTR1 design target · implementation campaign · physical evidence · productization handoff

EngagementSelect the commercial path you want us to scope.

LUMA engagement

OwnerWho owns the infrastructure decision?

Company / team

Your name

Contact email

Accepted serviceGive us the result that must survive every optimization and state transition.

Model or model family

Deployment

Decision timeline

Real workload distribution

Service / latency requirement

Quality acceptance

Current machine + economic boundaryShow us what is consuming money, power or capacity today.

Current hardware / software stack

Power / rack / facility constraint

Primary economic objective

Minimum change worth engineering

Automatic savings objectiveFor Economic Control, define when the machine should change state and what value must be retained.

Automatic control goal

Security / data / recovery constraints

Anything else that changes the decision?

Stage A is non-confidential. Keep checkpoints, credentials, raw production traces and customer-confidential data out of this form. We open a controlled Stage-B channel when the engagement requires them.

Server-recorded request · unique reference ID · controlled follow-up